This is going to be a story in three parts. If we’re lucky, they’ll be related, but I’m not making any promises. Let’s start by discussing one of the things I know nothing about. Yes, I know this is a long (and ever-growing) list, but in this case, I’m thinking about the design and analysis of antennas and radar systems.
The closest … Read More → "Beyond the Spherical Chicken: Rewriting Maxwell for Modern Machines"
Things continue to gain traction in “chiplet space” (where no one can hear you scream). In fact, before I forget, Chiplet Summit 2026 takes place in just a couple of weeks as I pen these words. The organizers say this is the place to “see and be seen” if you are in any way dabbling your toes in the chiplet waters (I’m paraphrasing, … Read More → "Chiplets Get Physical: The Days of Mix-and-Match Silicon Draw Nigh"
As usual, things are moving so fast in AI space (where no one can hear you scream) that I no longer know whether I’m coming or going or doing something else entirely. For example, I’d barely managed to wrap my brain around perception AI when generative AI appeared on the scene, and I was only just getting to grips with generative AI when agentic AI popped up … Read More → "Agentic AI Framework for Edge Applications"
Just in case it has escaped your attention, I want to make sure you are aware of the forthcoming FPGA Horizons US East Conference and Exhibition, which will take place April 29-30, 2026. If you want to learn more about this auspicious event, which costs a modest $200 for the entire 2-day extravaganza, then read on…
…but first, as an aside (I thought I’d better get … Read More → "This Is Going to Be the Best FPGA Conference in the USA Ever! (Said Max, Excitedly)"
I cannot believe how fast things are progressing in AI-powered Electronic Design Automation (EDA) space (where no one can hear you scream). AI-enabled EDA tools are popping up like mushrooms for a wide range of design, analysis, and verification tasks. One area that’s seen significant development—and attracted significant skepticism—is the use of AI to place and route printed circuit boards (PCBs).
Following each of … Read More → "AI-Powered PCB Layout Tool Delivers a Working SBC"
Suppose you were creating a sensor intended to measure one phenomenon we’ll call A, and you spent years ensuring that its readings weren’t affected by another phenomenon we’ll call B. Now suppose you finally achieve your goal, only for your customers to tell you, “We love your A sensor… but we’d really like one that can measure B.”
Funnily enough, this is just … Read More → "Making Materials Smart with Nanoscale Sensors"
